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A platform for research: civil engineering, architecture and urbanism
Construction method of graphene carbon nano heating coating
The invention discloses a construction method of a graphene carbon nano heating coating. The method comprises the following steps of measuring the area of each separated space, and calculating the total building area; calculating the construction area according to the total building area, and calculating the heating coating area and the total power of transformers according to the construction area; planning the number of used transformers and the power of a single transformer by combining the area of each separated space; arranging a copper foil on the wall; coating the heating coating; and connecting the copper foil with the transformers. According to the construction method of the graphene carbon nano heating coating, the heating coating is tightly adsorbed to the wall surface, and the heating coating is not prone to spalling due to heating during working.
本发明公开了一种石墨烯碳纳米发热涂层的施工方法，包括步骤：测量各个分隔空间的面积，计算出总的建筑面积；根据总的建筑面积计算出施工面积，根据施工面积计算出发热涂料面积和变压器总功率；结合各分隔空间的面积，规划变压器使用台数和单台功率；在墙上布置铜箔；涂刷发热涂料；连接铜箔与变压器。本发明石墨烯碳纳米发热涂层的施工方法的发热涂料与墙面吸附较为紧密，在工作时不易因发热而胀裂。
Construction method of graphene carbon nano heating coating
The invention discloses a construction method of a graphene carbon nano heating coating. The method comprises the following steps of measuring the area of each separated space, and calculating the total building area; calculating the construction area according to the total building area, and calculating the heating coating area and the total power of transformers according to the construction area; planning the number of used transformers and the power of a single transformer by combining the area of each separated space; arranging a copper foil on the wall; coating the heating coating; and connecting the copper foil with the transformers. According to the construction method of the graphene carbon nano heating coating, the heating coating is tightly adsorbed to the wall surface, and the heating coating is not prone to spalling due to heating during working.
本发明公开了一种石墨烯碳纳米发热涂层的施工方法，包括步骤：测量各个分隔空间的面积，计算出总的建筑面积；根据总的建筑面积计算出施工面积，根据施工面积计算出发热涂料面积和变压器总功率；结合各分隔空间的面积，规划变压器使用台数和单台功率；在墙上布置铜箔；涂刷发热涂料；连接铜箔与变压器。本发明石墨烯碳纳米发热涂层的施工方法的发热涂料与墙面吸附较为紧密，在工作时不易因发热而胀裂。
Construction method of graphene carbon nano heating coating
一种石墨烯碳纳米发热涂层的施工方法
JI GUANGNING (author)
2021-07-23
Patent
Electronic Resource
Chinese
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